Non-Inductive Thick Film Ceramic Resistor is a Non-Inductive design and advanced thick film technology to be printed the thick film resistor on the base ceramic substrate (95% alumina) , which has good heat conduction, high mechanical strength and good heat dissipation; The encapsulation adopts silicone resin which has good insulation performances. Non-Inductive Thick Film Ceramic Resistor has the characteristics of withstand high voltage, high precision and high stability. Non-Inductive Thick Film Ceramic Resistor provides excellent performance for high peak power or high-energy pulses. Bulk construction advantageously produces an inherently non-inductive resistor; and it allows energy and power to be uniformly distributed through the entire ceramic resistor body.
Non-Inductive Thick Film Ceramic Resistors are ideal for a wide range of requirements in equipment such as radar, motor drives, broadcast transmitters, RF amplifiers, semiconductor process, power conditioning, xray, lasers, medical defibrillators, and energy research. Non-Inductive Thick Film Ceramic Resistor can be manufactured in many geometries and sizes, from fractional watts to kilowatts. Design requirements for custom sizes, surface mount, or special footprints can be met easily.
◆ rated power: 2.5w-20w
◆ resistance range: 10 Ω ~ 1000m Ω
◆ allowable deviation: ± 1% ～ ± 10%
◆ temperature coefficient: minimum ± 50ppm (25 ℃ ~ 105 ℃)
◆ insulation withstand voltage: > 1000VDC
◆ insulation resistance: ≥ 10g Ω
◆ working temperature range: - 55 ℃ ~ + 225 ℃
◆ maximum working voltage: 48kvdc
◆ inductance: non inductive
◆ connectors: tinned iron cap
◆ resistance installation: Welding
◆ overload: 5p value does not exceed 1.5umax5s, Δ R≤±0.2%R
◆ service life: rated power 1000h, Δ R≤±0.5%R
◆ steady state damp heat: mil-std-202, method 103, condition D, Δ R≤±0.4%R
◆ thermal shock: mil-std-202, method 107, condition C, Δ R≤±0.2%R
Motor drive circuits
High voltage power supplies
RF dummy loads
For more information ,Please refer to "Thick-Film-Hybrid-Circuit"